All Categories

BLOG

Is the technical jacket back in fashion again?

December 07,2023

With winter 2023 still a long way off, the fashion industry is already gearing up. While autumn collections are yet to be cleared from major live streams, winter clothing such as padded and down jackets keeps being put on shelves one after another. One category worth noting this year is the technical jacket. Over the past few years, technical jackets have once again become the focus of both the fashion world and outdoor enthusiasts. The fabric used in technical jackets has always been one of the key factors in producing high-performance outdoor clothing. From the perspective of textile machinery sellers, the demand for technical jacket fabrics has been continuously growing, not only due to fashion trends but also because of an increased need for functionality and durability.

图片1

The Revival of Technical Jackets

Technical jackets, also known as "hardshell jackets" or "softshell jackets," are a type of outdoor garment designed to offer protection and comfort in harsh weather conditions. They typically consist of two layers of fabric: the outer layer is usually waterproof and wind-resistant, while the inner layer provides insulation. Technical jackets were initially used by mountaineers, skiers, and outdoor adventurers but have now become a fashion choice for everyday life. This trend's resurgence has raised higher demands for technical jacket fabrics.

Requirements for Technical Jacket Fabrics

Technical jackets are multifunctional garments, requiring their fabrics to possess a range of characteristics to meet various needs. Here are some key features that technical jacket fabrics need to have:

Waterproofing: Technical jackets must keep wearers dry in inclement weather, necessitating excellent waterproof outer fabrics that can repel rain and snow. Waterproofing is usually achieved through special coatings or membranes on the fabric, often made of materials like polyurethane or fluorocarbons to prevent water penetration.

Breathability: Despite the need for waterproofing, technical jackets also require good breathability to avoid the buildup of moisture inside the garment. This can be achieved through fabric microstructures or special coatings. Breathability also contributes to wearer comfort.

Durability: Outdoor activities often involve friction and wear, so technical jacket fabrics must be durable. This can be achieved by choosing robust fabrics and reinforcing their strength.

Insulation: The inner layer of technical jackets typically provides insulation to keep wearers warm in cold environments. This is usually achieved by using fleece fabrics or insulating materials.

Lightweight: One trend in modern technical jackets is lightweight materials, making them more suitable for outdoor activities. Lighter fabrics not only reduce the wearer's burden but also increase portability.

flexibility: Some technical jackets require elasticity to provide greater freedom of movement. This demands fabrics that can stretch and recover without compromising durability.

Technological Innovations in Technical Jacket Fabrics

To meet the growing demand for technical jacket fabrics, the textile machinery industry has been continuously innovating. Here are some current technologies and innovations in technical jacket fabrics:

Three-Layer Fabrics: A relatively new innovation, three-layer fabrics combine outer fabric, waterproof membranes, and inner fabric into a single composite material. This structure provides excellent waterproofing, breathability, and durability. Three-layer fabrics are typically made of high-performance polymers like Gore-Tex.

Nanotechnology: Widely applied in fabric manufacturing, nanotechnology embeds nanoparticles into fabrics to enhance waterproofing, breathability, and durability. This technology can also improve fabric cleaning, making it easier to clean.

Heat Bonding Technology: Used to bond different fabric layers without the need for sewing, enhancing waterproofing while reducing weight and improving durability. Heat bonding technology typically employs hot knives or ultrasonic devices.

Sustainable Fabrics: With sustainability becoming a hot topic in the textile industry, more technical jacket fabrics are using sustainable materials like recycled Polyester fibers and biodegradable fibers. These materials aim to reduce environmental impact while providing excellent performance. Manufacturing sustainable fabrics generally requires fewer resources, reducing waste production.

Smart Fabrics: A relatively new field, smart fabrics embed electronic components into the fabric to provide additional functions. For instance, some technical jackets now feature heating capabilities to keep wearers warm in cold environments. Smart fabrics can also embed sensors to monitor temperature, humidity, and other environmental conditions, connecting with smart devices.

3D Printing: The application of 3D printing in technical jacket manufacturing is increasing. This technology allows patterns and structures to be directly printed on fabrics without additional sewing. This not only enhances manufacturing efficiency but also provides more design freedom.

图片2

Key Role of Textile Machinery

Textile machinery plays a crucial role in meeting the ever-growing demand for technical jacket fabrics. Here are some key roles of  textile machinery :

Fabric Production: Textile machinery is used to produce various fabrics for technical jackets. Different types of fabric require different types of textile machinery, such as looms, printing machines, coating machines, and more. These machines ensure that the fabric has the necessary characteristics, such as waterproofing, breathability, and durability.

Fabric Processing: Technical jacket fabrics often require multiple treatments such as waterproofing, breathability, and dyeing. Textile machinery is used to perform these treatments to ensure that the fabric has the desired performance and appearance.

Innovative Technologies: Textile machinery manufacturers continually develop new technologies to meet the growing demands for technical jacket fabrics. They design and produce machinery capable of producing three-layer fabrics, heat bonding, and smart functionalities. The ongoing development of these technologies drives innovation in technical jacket fabrics.

Conclusion

Technical jacket fabrics are a key component in the manufacturing of outdoor clothing, with a continually growing demand. Faced with evolving market trends and technological innovations, textile machinery sellers play a crucial role in meeting this demand. By providing high-performance fabric manufacturing and processing equipment, they drive the continuous development and improvement of technical jacket fabrics. With ongoing technological advancements, we can expect the emergence of more innovative technologies to meet future demands for technical jacket fabrics while reducing their impact on the environment, achieving a more sustainable production approach. Technical jackets will continue to be a perfect blend of fashion and functionality, capturing the attention of outdoor enthusiasts and consumers.